TLE4966V1GHTSA1 Hall Effect Switch Sensor, SOT-23 Package, Latch Type

TLE4966V1GHTSA1 Overview

The TLE4966V1GHTSA1 is a high-precision Hall effect sensor IC designed for demanding industrial and automotive applications. Its advanced architecture enables reliable and accurate magnetic field detection, making it ideal for speed and position sensing tasks. Optimized for robust operation, the device offers consistent results even in harsh environments. This Hall switch IC integrates essential functionality in a compact SOT-23-5 package, allowing for straightforward integration into space-constrained designs. Its low power consumption and stable performance make it a solid choice for engineers focused on efficiency and reliability. IC Manufacturer

TLE4966V1GHTSA1 Technical Specifications

TLE4966V1GHTSA1 Key Features

• High precision bipolar Hall effect sensing, enabling accurate detection of magnetic fields for reliable speed and position measurements.
• Wide operating voltage range from 2.7V to 18V, supporting compatibility with diverse power supply designs and increasing application flexibility.
• Low current consumption helps reduce overall system power requirements, ideal for battery-powered or energy-efficient solutions.
• Robust surface-mount SOT-23-5 package streamlines integration into compact PCBs and modern electronic assemblies.
• Open drain output configuration allows for easy interfacing with logic circuits and microcontrollers.
• Extended operating temperature range up to 170??C ensures reliability in extreme industrial and automotive environments.

TLE4966V1GHTSA1 Advantages vs Typical Alternatives

Compared to standard Hall effect switch ICs, this device stands out due to its combination of high sensitivity, extended temperature range, and low power operation. Its bipolar architecture supports accurate magnetic detection across a variety of conditions, while the compact package and open drain output make it easy to integrate into space-limited systems. Engineers benefit from robust reliability and operational consistency, especially in harsh environments.

Typical Applications

• Automotive speed sensing, such as wheel, camshaft, or crankshaft position monitoring, where reliable magnetic detection is critical for system safety and performance. The TLE4966V1GHTSA1??s precision and temperature resilience are well-suited to these tasks.
• Industrial automation systems for position or proximity detection, supporting efficient machinery operation and feedback control.
• Consumer electronics requiring compact, low-power magnetic switches in mechanisms such as open/close detection or rotational encoders.
• Electric motor commutation and brushless DC motor applications, delivering accurate rotor position feedback for efficient drive control.

TLE4966V1GHTSA1 Brand Info

This sensor IC represents a specialized offering within the manufacturer??s portfolio, emphasizing advanced Hall effect technology and robust design. The product is engineered for seamless integration in applications demanding both accuracy and durability. Its SOT-23-5 packaging and open drain output demonstrate a focus on flexibility and ease of adoption, making it a reliable choice for design engineers working in automotive, industrial, and consumer electronics sectors.

FAQ

What makes the TLE4966V1GHTSA1 suitable for automotive and industrial use?

The device offers a wide operating voltage range and extended temperature tolerance up to 170??C, ensuring consistent function in harsh conditions. Its bipolar Hall effect design allows for precise detection required in mission-critical systems.

How does the open drain output benefit circuit designers?

An open drain output provides flexibility in interfacing with a variety of logic levels and enables easy connection to microcontrollers or other digital logic circuits, simplifying system integration and design.

What packaging advantages does the SOT-23-5 format offer?

The SOT-23-5 surface-mount package is compact and ideal for high-density PCB layouts. It supports automated assembly processes and reduces board space requirements, which is valuable in modern electronic designs.

Is the TLE4966V1GHTSA1 energy efficient?

Yes, the device features low current consumption, making it well-suited for energy-conscious applications, including battery-powered devices where minimizing power draw is essential for long-term operation.

Can this sensor handle both north and south pole magnetic fields?

As a bipolar Hall effect switch, it is designed to detect both north and south magnetic fields, allowing for flexible application in position and speed sensing scenarios where directionality is important.